Howdy,

There was a super broad spread of Raspberry Pi News this week.

One of our ASIC engineers, Dave Bell, did a show-and-tell with all the creations that have been taking up his spare time lately. They've got clicky keys and Nixie tubes and all sorts.

We also heard about Signal Sentinel, a fascinating research project harnessing Raspberry Pi 5’s ability to detect radio jammers. And we were inspired by this build by a diabetic teen who wanted to understand how insulin doses keep him alive.

A new batch of Raspberry Pi Pico–based projects by Cornell University's electrical and computer engineering students both delighted and roused us. And last but not least, we learnt how Raspberry Pi is using enhanced rock weathering (ERW) technology to offset the carbon footprint of our single-board computers.

Peace,

Ashley

Numitrons, Nixies, and numeric displays

ASIC Engineer Dave Bell had fun clashing modern and obsolete technologies while playing with Numitrons, Nixies, and numeric displays.

Detect radio jammers with Raspberry Pi 5

Signal Sentinel is a great research project that harnesses Raspberry Pi 5’s power to detect radio jammers.

Learning with a homemade model insulin pump

A diabetic teen created a Raspberry Pi-based medical pump to better understand how insulin doses keep him alive.

New cohort of Cornell students turn in their Pico projects

The latest electrical and computer engineering cohort at Cornell University delivered no fewer than 40 Raspberry Pi Pico–based projects.

Sustainable solutions: offsetting our carbon footprint with enhanced rock weathering

We're proud to be using UNDO Carbon's enhanced rock weathering technology to offset the carbon footprint of our SBCs.

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